EL冷光线技术在数控机床中的应用

随着社会的发展,全球已进入数字化高速发展阶段,随着数控机床的不断增加,数控维修技术在数控领域越发的广泛,但数控机床故障的排查与诊断则成为数控维修的瓶颈与难题。该论文将传统应用于背光显示、广告灯、仪器面板、照明标志等领域的EL冷光技术应用于数控机床的维修,以达到快速排查机床接线中断路、短路等常见的故障,从而达到提高数控机床维修效率,提高生产能力的目的。

基于EL冷光线技术的智能化舞台表演服饰设计

该文在分析比较了LED与冷光线的异同点后,采用EL冷光线技术进行智能化舞台表演服饰的设计。文中描述了智能化舞台表演服饰的结构与功能设计过程,并详细阐述了控制器硬件设计与软件设计过程。该智能化舞台表演服饰将电子信息技术与艺术进行完美结合,具有很好的表演效果。同时控制器具有较好的通用性,具有推广应用价值。

自发光高可视警示服的可视性能评价

为评价自发光警示服的可视性能,采用稀土发光材料、反光材料、发光二极管(light emitting diode, LED)灯带及电激发光(electro luminescent, EL)冷光线制备了2款具有光致发光与电致发光特性的自发光高可视警示服试样。通过可视时间与可视距离测试,对试样的可视性能进行评价。结果表明:时间及距离在很大程度上影响可视性能,相较于距离,时间对可视性能的影响更大,第一代高可视警示服的可视时间与可视效果相关度更高,第二代高可视警示服的发光性能更稳定。

Seismic ray-tracing calculation based on parabolic travel-time interpolation

A new seismic ray-tracing method is put forward based on parabolic travel-time interpolation(PTI) method, which is more accurate than the linear travel-time interpolation (LTI) method. Both PTI method and LTI method are used to compute seismic travel-time and ray-path in a 2-D grid cell model. Firstly, some basic concepts are introduced. The calculations of travel-time and ray-path are carried out only at cell boundaries. So, the ray-path is always straight in the same cells with uniform velocity. Two steps are applied in PTI and LTI method, step 1 computes travel-time and step 2 traces ray-path. Then, the derivation of LTI formulas is described. Because of the presence of refraction wave in shot cell, the formula aiming at shot cell is also derived. Finally, PTI method is presented. The calculation of PTI method is more complex than that of LTI method, but the error is limited. The results of numerical model show that PTI method can trace ray-path more accurately and efficiently than LTI method does.

一种新型环卫服的设计与开发

基于环卫工人多维度的需求和社会保障方面的考虑对目前环卫服的分类和设计特点进行了分析。结合人体工程学原理和人机交互设计理念利用EL冷光线的特点,将电子变压整流器、电流互感器、锂电池板、继电器和控制开关等装置组装成一个发光电路系统。围绕此系统,设计开发了具有安全警示功能的EL发光环卫服。结果表明:此款EL发光环卫服能够在复杂的环境下有效保障环卫工人的安全并且迎合了节能、环保及安全的生活理念,为环卫工人的多维度需求提供了更多选择。